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This paper presents a new desynchronization algorithm aimed at providing collision-free transmission scheduling for single-hop and acyclic multi-hop wireless sensor networks. The desynchronization approach is resilient to the hidden terminal problem and topology changes. Each node distributively converges upon a single collision-free transmission slot, utilizing only minimal neighbor information. In addition, one proposes two strategies which facilitate increased convergence time. The paper evaluates the proposed algorithm via simulations over a range of network densities on both single-hop and acyclic multihop networks. Convergence and throughput comparison are performed against two previously proposed desynchronization algorithms.
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